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Q-061M-005 · Cooperation, Organization & PowerT-010 · Cooperation Engineering & Conflict Transformationengineering

人类能否把合作从社会现象升级为可设计、可测试、可扩展的‘协作工程’?

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Current evolution state

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READINESS 0%
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Current claims & evidence

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CLM-COOP-001·hypothesis·open

Cooperation quality can be engineered through incentive compatibility, credible commitments, observable contribution, conflict resolution and exit mechanisms.

context
AI Organizations research

AI组织研究提供新的多主体协作实验环境,也提示组织级失配风险。

Source

Falsification-oriented experiment protocols

These are experiment designs, not results. Claim status can change only after preregistration, execution and a distinct result/evidence record.

EXP-COOP-CLAIM-001·CLM-COOP-001·proposed·preregistration required

Five-Lever Cooperation Mechanism Randomized Trial

在多人任务中随机改变激励兼容、可信承诺、贡献可观测性、冲突处理和退出机制的组合,对真人组、人机混合组和Agent组分别测试。

Primary metric

任务共同收益、合作持续率、冲突恢复时间与搭便车率

Supports

至少部分机制组合能跨主体类型显著提高共同收益和合作持续率,并降低冲突恢复成本。

Challenges

机制干预没有稳定改善,或提高效率的同时显著放大不公平、操纵或脆弱性。

Inconclusive

任务激励过于人工化、样本文化差异不足或参与者重复学习导致结果不可外推。

实验室合作不等于现实长期组织合作。

不同文化和权力结构可能改变机制效果。

Supported relationships

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Cooperation Engineering & Conflict Transformation

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proposesclaim

Cooperation quality can be engineered through incentive compatibility, credible commitments, observable contribution, conflict resolution and exit mechanisms.

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Energy Capital for Advanced Manufacturing

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Internationalization of Chinese Energy Technology and Capital

This research question informs a YOUNION industry thesis. The relation represents a translation hypothesis, not scientific validation or an investment recommendation.

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